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PE7321-10 is listed in the Attenuators range at ChipApex. The manufacturer field lists Pasternack. Its product description is 10 dB Fixed Attenuator, 7/16 DIN. Review the specifications below when checking this part for your BOM.
The Pasternack PE7321-10 is a fixed RF attenuator module providing 10 dB attenuation. It operates within a frequency range of 0 Hz to 18 GHz and features a 50 Ohm impedance. The device is rated for 50 Watts of power dissipation at the stated attenuation value. It utilizes a 7/16 DIN female connector on one side and an N female connector on the other, designed as a directional component for microwave applications.
Verify the specific connector orientation and gender configuration against system requirements before purchase. Confirm that the 50 Watt power rating aligns with peak operational loads. Ensure compatibility between 7/16 DIN and N-type interfaces in the assembly design. Check for any specific datasheet revisions affecting electrical performance specifications.
Select this model when a fixed 10 dB loss is required across a broad DC to 18 GHz spectrum. Consider the mixed connector types (7/16 DIN and N) for adapter-free integration where these specific interfaces are mandated. Evaluate the 50 Watt power handling against maximum input signals to prevent thermal damage or performance degradation during continuous operation.
This component belongs to Pasternack's line of fixed RF attenuators, which offer various attenuation values and frequency ranges. The PE7321 series specifically addresses high-power microwave applications requiring precise signal attenuation. These modules are engineered for stability and reliability in demanding RF environments, supporting both laboratory and field deployment scenarios.
Direct substitutes include other 10 dB fixed attenuators from Pasternack with matching 7/16 DIN to N female interfaces and similar power ratings. Verify that alternative models maintain the 0 Hz to 18 GHz frequency range and 50 Watt capability to ensure functional equivalence without redesigning the surrounding circuitry.
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